Question

A force of 2N is applied on a ball of mass 200g. What is the acceleration produced in the ball?

Answer 1

Answer:

10 m/s²

Step-by-step explanation:

From Newton's second law

F = ma

a = F / m

= (2 N) / (200 g)

= (2 N) / (0.2 kg)

= (2 N) / (2/10 kg)

= 10 N/kg

= 10 m/s²

Answer 2

$\bigstar\bf\blue{ANSWER}\bigstar$

$\bigstar\: \: \bf\red{GIVEN}\bigstar$

• $\rm\blue{Force\:Applied=2N}$

• $\rm\red{Mass\:of\:Ball=200g=0.2kg}$

$\bigstar\bf\blue{TO\:FIND}\bigstar$

• Acceleration Produced in the ball.

$\bigstar\:\:\rm\blue{FORMULAE\:USED}\:\:\bigstar$

• ${\huge{\boxed{\rm{\blue{F=ma}}}}}$

Where,

F=Force

M= Mass(in kg)

A= Acceleration produced.

Now, Using the formula

$\implies\rm\blue{F=ma}$

$\implies\rm\red{2=0.2\times{a}}$

$\implies\rm\pink{a=\dfrac{\cancel{2}}{\cancel{0.2}}}$

$\implies\rm\blue{a=10m/s^{2}}$

Thus,The acceleration Produced in the ball is 10m/s^2